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How is mobile phone imaging developing? Take a look at these new forces of computational photography

Since the mobile phone has a camera function and allows people to carry a camera in their pockets, everyone's pursuit of mobile phone photography ability has never stopped. Mobile phone photography has also experienced several stages of development that everyone remembers, from the era of thin hardware performance and single reliance on algorithms to improve picture quality to the "stacking" era of a significant increase in the number of mobile phone cameras. Nowadays, with the limitation of mobile phone space and the limitation of chip process technology, the growth rate of the number of mobile phone camera pixels and sensor size is slowing down, which is more testing how manufacturers can polish a better film effect on the existing basis, and the importance of computational photography can be revealed. Today we're going to take a look at these new forces of computational photography.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

After years of development, the development of mobile phone imaging technology has been the integration of software and hardware synchronous advancement, algorithms and hardware should be put together planning considerations, and today's mobile phones, they are OPPO Find X5 Pro, Honor Magic3 Pro, Huawei P50 Pro, first look at the main parameter table.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

appearance

Some friends always like to look at the performance of the mobile phone when they buy a mobile phone, but the design of the mobile phone is actually a very important purchase factor, after all, who does not want a mobile phone that makes people fall in love at first sight? Today's mobile phones have reached new heights.

Compared with the Find X3 series, this generation of OPPO Find X5 Pro is more refined in the ceramic crater part. It removes the metal decorative circle of the original lens part, adopts a settlement lens, realizes the integration of the mirror table, and the ceramic crater design has a stronger three-dimensional sense, and the edges between time and shadow are clear. Its front is equipped with a 6.7-inch AMOLED LTPO flexible screen, the resolution is 3216 * 1440, the true 2K screen matches the pixel density of 525ppi, to achieve clearness visible to the naked eye, while having 1.07 billion colors and 100% DCI-P3 color gamut, with a good color accuracy and fineness.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Honor Magic3 Pro front is a dual shot hole + waterfall screen (officially known as super curved screen) design, the angle of the curved surface on both sides of the nominal reached 89 °, the design of the oversized angle curved surface enhances the three-dimensional sense of the entire screen. On the back, the concentric circular camera module design is adopted in the center, and the lens and sensor opening in the module are symmetrically arranged left and right. Compared with the upper left corner arrangement used by most models on the market at present, the symmetrical aesthetics used and reflected in the back design of the Honor Magic3 Pro are undoubtedly worthy of recognition. In terms of screen, Honor Magic3 Pro is equipped with a 6.76-inch, 2772×1344 resolution, 120Hz refresh rate OLED screen, the resolution is close to the 2K level, the actual display fineness does not have to worry.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

The most eye-catching part of the appearance part of the Huawei P50 Pro is the rear camera part. The dual-ring design of Vientiane adopted by it is different from all previous Huawei mobile phones, which also brings a high degree of recognition. But it still follows the symmetry that Huawei has always emphasized, and the two rings are exactly the same size, although large, but not obtrusive. In terms of specifications, Huawei P50 Pro is equipped with a 6.6-inch OLED screen with a resolution of 2700 x 1228 pixels (FHD+ level), 450ppi support for 1.07 billion color display and P3 wide color gamut, screen refresh rate of 120Hz, touch sampling rate of 300Hz, and 1440Hz high-frequency PWM dimming.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Performance and system

In terms of performance, Snapdragon and Kirin chips are representatives of today's mobile phone performance, and good strength coupled with good optimization can naturally make you feel at ease in your work and amateur life.

OPPO Find X5 Pro undoubtedly carries Qualcomm's latest generation of Snapdragon 8 processor, 4nm process technology, CPU for 1 +3+4 triple cluster structure, of which the super core uses 3.0GHz Cortex-X2, integrated Adreno 730 GPU, in the GeekBench5 software test, OPPO Find X5 Pro's single-core running score is 1246 points, multi-core running score is 3284 points, reaching the normal level of Snapdragon 8.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

There is no doubt about the strength of the Snapdragon 8 processor, but it is accompanied by problems such as large heat and serious power consumption, and it is difficult to exert the full performance of the Snapdragon 8 processor. In order to reduce the heat of the phone, the OPPO Find X5 Pro uses a 3161mm super liquid cooling VC and a 4830mm 3D high-performance graphene film on the back to alleviate this problem.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Honor Magic3 Pro is equipped with Qualcomm's flagship processor Snapdragon 888Plus this time, and in order to further improve performance, Honor launched OS Turbo X technology, using ultra-low latency engine and smart memory engine, greatly improving system fluency, system anti-aging and system power consumption performance, especially in application cold start and multi-application background retention rate, Honor Magic3 Pro's performance is very good.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

In addition to the improvement of these hardware functions, in terms of security and privacy protection, the Honor Magic3 series has also made sufficient efforts. For example, under the "maintenance mode", mobile phone hardware maintenance under data isolation and privacy protection can be realized; there is also "photo sharing desensitization", which can be shared with others after removing the picture shooting information and location coordinates.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Huawei P50 Pro's Kirin 9000 4G version as Huawei's latest flagship processor, this Kirin 9000 4G is based on TSMC 5nm process, using a 1+3+4 octa-core design, the highest frequency up to 3.13GHz, more than enough to cope with daily needs. Dual speakers and IP68 rated water and dust protection the two most anticipated configurations of pollen before, this Huawei P50 Pro has all of them. Coupled with the 66W wired super fast charge + 50W wireless fast charge double blood combination, even if the long high load game, can quickly eliminate the battery life anxiety.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

All along, Huawei has paid special attention to user experience, the logic of the design is basically from the practicality, practical consideration of user needs, this time hongmeng system universal card function, so that Huawei P50 Pro in many daily use scenarios become very convenient. For example, weather, gallery and news information, in the Huawei P50 Pro can be presented in the form of cards on the desktop, sliding up the small horizontal bar under the APP icon can call out the preview of APP related information, saving the steps of opening the APP and greatly improving the efficiency of obtaining information.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

photograph

Today's smart phone rear equipped with multiple lenses, manufacturers naturally can not waste these resources, ideally, the main camera is responsible for framing, the rest of the secondary camera is responsible for auxiliary imaging, such as zoom, increase the amount of light, color adjustment, detail adjustment, etc., at this time you need to calculate the addition of photography to complete the above operations. Today, these mobile phones use all the information collected by the camera through the software fusion algorithm, and the integration of software and hardware helps the mobile phone shooting ability to achieve a multi-dimensional leap.

Oppo Find X5 Pro follows the flagship dual main camera solution, and its rear image module sensor is also the same as the previous generation. As we all know, the sensor of the mobile phone needs to be polished and optimized for many generations to fully squeeze out the performance potential, combined with efficient algorithms, so that the mobile phone has better imaging performance. On the main camera of oppo Find X5 Pro, sensor stabilization and lens stabilization on high-end mirrorless cameras are also added, so that the main camera sensor can cancel hand movement in all directions, and works in conjunction with the optical stabilization supported by the lens to form a suspension stabilization system, which greatly enhances the stability of the mobile phone when shooting. According to the relevant data provided by OPPO, the suspension stabilization system can achieve a safe shutter of 0.5 seconds, increase the amount of light on a stable basis, and greatly improve the picture quality of night photos.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Take a look at the OPPO Find X5 Pro's ultra-wide-angle camera, which has a 1/1.56-inch Sony IMX766 sensor that supports up to 50 megapixel still image shooting, with a lens-equivalent focal length of 15mm (0.6x), an aperture of F2.2, and a 6-piece lens design. The addition of freeform lenses gives the OPPO Find X5 Pro ultra-wide angle strong distortion control, and when shooting scenes with more regular lines such as urban buildings, there will be basically no lines that bend sharply due to lens distortion.

How is mobile phone imaging developing? Take a look at these new forces of computational photography
How is mobile phone imaging developing? Take a look at these new forces of computational photography

Honor Magic3 Pro's module specifications include: a 50MP, 1/1.56-inch IMX766 sensor with F1.9 aperture for the main camera; a 64MP monochrome camera that should be used for assisted imaging; an ultra-wide angle of 13MP with macro capabilities; and a 64MP 3.5x periscope telephoto camera with 10x hybrid zoom, full focal length coverage, and an 8x8 dToF laser focus system. Ability to increase focus speed in a variety of complex light environments.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

On the main camera, honor Magic3 Pro uses a 50 million pixel main camera, supports pixel 4-in-one technology, full pixel global 8-check focus, from the actual sample point of view, the dynamic range of the entire photo is very good, the accuracy of color is very high, and the transition is relatively smooth.

How is mobile phone imaging developing? Take a look at these new forces of computational photography
How is mobile phone imaging developing? Take a look at these new forces of computational photography

The Huawei P50 Pro rear camera adopts a "super dual image unit" design, which consists of a super main camera unit and a super zoom unit. The Super Main Camera unit contains a 50MP primary color camera (color, F1.8 aperture, OIS optical image stabilization) and a 40MP primary color camera (black and white, F1.6 aperture), while the Super Zoom unit contains a 13MP ultra-wide-angle camera (F2.2 aperture) and a 64MP periscope telephoto camera (F3.5 aperture, OIS optical image stabilization). Combined, these lenses enable the Huawei P50 Pro to achieve 3.5x optical zoom and up to 100x digital zoom.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

The real power of this imaging system is the use of new computational optics (XD Optics) and primary color engine technology. With the help of computational optics, the mobile phone can use the algorithm to predict the aberration loss caused by the optical path, and then restore the imaging effect that the lens should have through the algorithm.

How is mobile phone imaging developing? Take a look at these new forces of computational photography
How is mobile phone imaging developing? Take a look at these new forces of computational photography

Reasons for recommendation

Recommended product: OPPO Find X5 Pro

Reference price: from 5999 yuan

OPPO Find X5 Pro in the image of the improvement and advantages are mainly reflected in the video shooting, especially in the night scene, HDR video shooting, other mobile phones due to insufficient computing power, may only be able to simply optimize the photo, and OPPO Find X5 Pro with the help of the self-developed Mariana NPU chip powerful computing power, can achieve "while shooting while optimizing" workflow, equivalent to every frame in the video optimization, thereby bringing quality video shooting experience, Especially in low-light night scenes and shooting under strong backlights, the more demanding the scene, the more prominent the advantages. As for the suspension stabilization on the first installed by the OPPO Find X5 Pro, with the help of the sensor's five-axis stabilization, it brings a stable shooting experience, which has advantages in fast capture and handheld video shooting. The mobile phone imaging system created by Hasselblad's co-brand brings a shooting experience similar to Hasselblad's camera, the color is naturally good but not colorful, and XPAN and master filters also add some fresh shooting fun. So what do you think about this phone?

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Recommended product: Honor Magic3 Pro

Overall, this glory Magic3 Pro in all aspects have maintained a relatively balanced experience, the appearance of the design, glory consistent characteristics can be retained, the recognition is very high; performance, glory after experiencing difficulties, re-use the current flagship chip, and from the actual performance point of view, all aspects of tuning is still good, of course, the image is a lot of highlights, covering the user can contact a variety of scenes to use the needs, and the overall performance is very prominent. I believe that such a flagship will definitely make you satisfied.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

Recommended product: Huawei P50 Pro

Reference price: from 6488 yuan

Huawei P50 Pro has top-notch imaging capabilities, and the successful landing of computational optics technology on mass production models provides a reasonable and feasible solution to solve the contradiction between the internal space of the mobile phone and the size of electronic components. This is not only important for Huawei itself, but also for the future development direction of mobile photography. In addition to the image, other aspects such as design, feel, fast charging, etc., Huawei P50 Pro also has a good performance. In the matter of whether to start the Huawei P50 Pro, there is no need to force or blame others, be rational, and follow your own ideas.

How is mobile phone imaging developing? Take a look at these new forces of computational photography

summary

I believe that there will be more manufacturer layout development in the field of computational photography in the future, and the imaging capabilities will continue to improve. In the future, we will not only ask ourselves: "Why take a picture with your mobile phone?" "And the mobile phone gives us the most convenient right and opportunity to track the time and record the time, and the emergence of computational optics also makes this feature more prominent, so let these mobile phones give us a new mobile phone image experience today."

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